KR100894037B1 - pad with electromagnetic wave shielding fiber for heating bed - Google Patents

Abstract

The present invention provides a thermal bed in which a fiber layer having a function of shielding electromagnetic waves is formed inside, and a pad having a functional envelope dyed with ocher is used to block electromagnetic waves from a heat source when the thermal bed is used, and has high functionality. The present invention relates to a pad for a thermal bed having a built-in electromagnetic wave shielding fiber layer, and the present invention will be described in detail. In the pad provided on an upper mattress of a bed, the pad is used to connect the electromagnetic shielding fiber integrally. Cotton fabric is connected to the electromagnetic wave shielding fiber layer, and the upper shell and the lower shell constitute a thermal bed pad formed of a natural fabric dyed with ocher, so that the pad for the thermal bed when used in the thermal bed, from the heat source of the thermal bed The electromagnetic wave shielding fiber layer of the pad for the thermal bed blocks the generated electromagnetic waves, At the same time, effectively preventing various hazards arising wave natural fabric of the upper shell and the lower shell by ocher colored with yellow earth active metabolism to generate far-infrared rays, and to have antiseptic and antimicrobial activities.

Hot bed, mattress, pad, electric blanket, electromagnetic wave, electromagnetic shielding fiber layer, loess

Description

Pad for thermal bed with built-in electromagnetic shielding fiber layer {pad with electromagnetic wave shielding fiber for heating bed}

The present invention provides a thermal bed in which a fiber layer having a function of shielding electromagnetic waves is formed inside, and a pad having a functional envelope dyed with ocher is used to block electromagnetic waves from a heat source when the thermal bed is used, and has high functionality. Eggplant relates to a pad for a hot bed incorporating an electromagnetic shielding fiber layer.

In recent years, there have been many changes in the food, food, and culture of culture due to the improvement of living standards and the exchange of various cultures due to the high economic growth, and one of them is to use beds instead of the traditional ondol room in Korea. The mattress is provided in the upper part of the frame, and the upper part of the mattress covers the bed pad and the yaw or the sheet so that a person can lie down comfortably. It is manufactured in various forms and widely used according to its use and size.

However, the conventional bed uses only sheets and blankets on the mattress that the user lies on, and since there is no separate heating device, it is impossible to use it without a safe and comfortable heating system such as steam or a pecca. Thermal effect to keep warm to have a slight, people who are familiar with ondol was inconvenient to use in winter, such as low temperature.

So, the upper mattress of the bed is further provided with an electric blanket that generates heat by electricity, or the bed itself generates heat by electricity to have a function similar to the ondol, a thermal bed that generates heat to a user desired temperature is used, The use of such a hot bed generates a large amount of electromagnetic waves, adversely affecting the user such as drowsiness, insomnia, nervousness, headache, sleep disturbance, etc. In addition, such electromagnetic waves are leukemia, lymph cancer, brain cancer, central nervous system cancer , Breast cancer, dementia, miscarriage and birth defects are known to be particularly harmful to pregnant women, but there is no way to block the electromagnetic waves.

In addition, if the bed is used for a long time, the fibers used as bedding will not only provide a favorable environment for habitats such as bacteria from the outside due to sweat or waste products secreted from the human body, but also maintain a warm and humid state for a long time. As a result of the infestation of various parasites such as ticks, the microorganisms multiplied accordingly can decompose organic substances, generate odors, damage fibers, and have direct contact with the user's skin for a long time, which can cause fatal diseases in humans. Very high.

Therefore, in order to solve the above problems, in the pad with a cushion layer formed between the upper outer shell and the lower outer shell, the inner bed for a thermal bed having an electromagnetic shielding fiber layer connected to the connection cotton fabric is integrally connected to the electromagnetic shielding fiber Configure the pad.

And the upper layer and the lower layer is a natural fabric dyed with ocher.

Through this, by using a pad for a thermal bed formed with an electromagnetic shielding fiber inward on the mattress of the thermal bed, the electromagnetic shielding fiber layer blocks the electromagnetic wave generated from the heat source, effectively preventing various harmful effects caused by the electromagnetic wave .

In addition, the upper jacket and the lower jacket of the pad for the warm bed by using a natural fabric dyed with ocher, ocher generates far-infrared rays, thereby promoting metabolism, and has a bactericidal and antibacterial effect.

The present invention provides a thermal bed in which a fiber layer having a function of shielding electromagnetic waves is formed inside, and a pad having a functional envelope dyed with ocher is used to block electromagnetic waves from a heat source when the thermal bed is used, and has high functionality. Eggplant relates to a pad for a hot bed incorporating an electromagnetic shielding fiber layer.

In the following description, a padding layer is formed between an upper outer shell and a lower outer shell to be used as a mattress upper part of a bed as is well known, wherein an electromagnetic shielding fiber is integrally connected to the inside of the pad. The cotton fabric is connected to the electromagnetic wave shielding fiber layer, the upper layer and the lower layer is composed of a pad for the bed made of natural fabric dyed ocher, by using the pad for the bed, the heat source of the bed The electromagnetic wave shielding fiber layer of the pad for the thermal bed blocks the electromagnetic wave generated from the thermal bed, effectively preventing various harmful effects caused by the electromagnetic wave, and the loess is generated far infrared rays by the upper layer and the lower layer of natural fabric dyed with yellow soil. To be active, and to have a bactericidal and antimicrobial effect.

The pad for a hot bed incorporating the electromagnetic wave shielding fiber layer of the present invention having such a feature will be described in more detail with reference to the embodiment shown in each drawing.

In the pad 10 for a thermal bed incorporating the electromagnetic wave shielding fiber layer of the present invention shown in FIG. 1, a cushion layer 12 is formed between an upper shell 11 and a lower shell 13 to be used as an upper mattress of a bed. In the pad, as shown in Fig. 2 or 3, the upper shell 11 has a lower inner shell 11 'having the same area as the upper outer shell 11, so that the upper outer shell 11 and the upper layer 11 are formed. Each side of the endothelial (11 ') is integrally connected, wherein the space formed between the upper shell 11 and the upper layer 11 (11') is provided with a cushion layer 12 having elasticity, having a cushioning To do that.

In addition, a lower outer shell 13 having the same area is formed under the upper endothelial 11 ', and each side surface is integrally connected with the upper endothelial 11', wherein the upper endothelial 11 ' One side between the bottom layer 13 and the outer layer 13 is connected to the slide fastener in an open state, thereby easily connecting the cotton fabric 15 to be sewn into a space formed between the upper layer 11 'and the lower layer 13. It can be inserted or removed, and the connecting ring 14 having an annular shape is formed at each corner and side of the inner upper layer 11 'and the lower inner layer 13 connected to each other.

At this time, each of the upper outer shell 11, the upper inner shell (11 ') and the lower outer shell (13) uses a natural fabric dyed with ocher and persimmon, through which, when using the pad 10 for the thermal bed, heat The ocher of each of the upper shell 11, the upper layer 11 'and the lower layer 13 heated by the heat source of the bed emits far infrared rays with a predetermined heat to promote warmth and metabolism during bedtime. At the same time to achieve the effect of persimmon dyeing to have a smooth color and smooth texture.

As mentioned above, the ocher emitting far infrared rays contains protease as four components necessary to keep the human body healthy: catalase for detoxification, diphenol oxidase for degradability, saccharase for fertilizer and purifying enzyme. It is known to release energy to facilitate the metabolism of the human body.

In addition, ocher is a raw material with cohesive and hardening power. It contains bio ingredients that emit a large amount of far infrared rays when heat is applied, which is good for sterilization, deodorizing effect, blood circulation, and prevention of adult diseases. It is also widely used in liver cancer and stomach cancer.

When the user uses the pad 10 for the warm bed by the effect of the ocher, the metabolism becomes active, has a sterilization and antibacterial effect, and suppresses the breeding of various bacteria and parasites in the pad 10 for the warm bed. And to have a high functionality, such as to prevent odors.

In addition, as shown in FIG. 5, each of the upper shell 11 and the upper shell 11 'are quilted at the same time, so that the cushion layer 12 between the upper shell 11 and the upper shell 11' is oriented to one side. Ensure that they are fixed without being driven or moved.

Next, as shown in Figure 4 by inserting the connecting cotton fabric 15 formed integrally with the electromagnetic wave shielding fiber 16 into the space formed between the upper inner layer (11 ') and the lower outer shell (13). In order to form an electromagnetic wave shielding fiber layer, the electromagnetic shielding fiber 16 for shielding various electromagnetic waves to the upper surface of the connecting cotton fabric 15 formed with a plurality of connection strings 15 'having a predetermined length in each corner and side. Then, the connecting cotton fabric 15 is inserted into the space between the upper endothelial (11 ') and the lower outer shell (13) and then each connecting string (15') is tied to the connecting ring (14).

The electromagnetic shielding fiber 15 is to process the sheet-shaped fibers to have a high electromagnetic shielding effect to shield electromagnetic waves generated by various heating devices that generate electricity by electricity, and the processing method of such electromagnetic shielding fibers 15 In more detail, first, the fibers were immersed in 100 g / l sodium hydroxide having a temperature of 90 ℃ for 5 minutes, and immersed in 50 ml / l of 35% HCL at room temperature for 1 minute, and then CP, which is a palladium catalyst 50 to 60 ml / l of CATA-2 and 200 to 250 ml / l of hydrochloric acid were added to a predetermined tank, and the fibers were immersed with stirring for 5 minutes while being mixed with a temperature of 30 ° C. By soaking for 3 minutes in 100-150 g / l sulfuric acid having a temperature of 50 ° C, imparting adhesion of metal ions to the fiber surface, neutralizing alkali groups with acidic groups, and catalyzing the catalytic metal nucleus on the fiber surface. And over.

After completing the above process, rinse the fiber with cold water and hot water appropriately, and then mix 100 ml / l of nickel chloride, PH adjuster 9 (8.8 ~ 9.5) and 15 g / l to 25 g / l of reducing agent to have 70wt% of tap water. After the fiber was immersed in a mixed solution having a temperature of 5 minutes while stirring, the plate was electroless plated, and then 9.5-10.5 g / l lactic acid copper and 11-20 g / l reducing agent such as formalin and PH regulator 9 (8.8-9.5) 70 wt% of tap water was mixed and immersed for 10 minutes while stirring the fibers in a mixed solution having a temperature of 20 ° C., thereby electroless plating.

After the electroless plating is completed, the fibers are rinsed again and then extended from the anode support rod and the anode support rod supplied from an external power supply in a PVC tank filled with an electrolyte solution containing nickel sulfate, nickel chloride, boric acid, and a pH adjusting solution. And a metal gripping piece which is immersed in the electrolyte solution, and the fiber is immersed in the PVC tank, and then the power is supplied to the power supply unit to electrolytically plate the fiber while heating the electrolyte solution at 40 ° C to 60 ° C. After rinsing, the liquid resin is sprayed onto the surface of the metal plated fiber to spray metal ions adsorbed on the surface of the fiber to bond with oxygen in the air to form a thin film resin coating layer on the surface of the fiber.

Upon completion of each of these processes, the electromagnetic shielding fibers 16 are manufactured by rinsing again in a cold / hot water bath.

The electromagnetic wave shielding fiber 15 manufactured as described above has a high electromagnetic wave shielding function, and the performance of the electromagnetic wave shielding fiber 15 is described by the American Society of Testing and Materials (ASTM) for the electromagnetic shielding effect. The results of the electromagnetic shielding test performed by the standard test method (ASTM D 4935-99) ”are shown in Table 1 below.

As described above, when the electromagnetic wave shielding fiber 16 is applied to the electromagnetic wave of 10 MHz to 1 75, 75 dB to 80 dB is measured and has a high electromagnetic shielding effect of 99.99%, resulting in drowsiness, insomnia, nervousness, headache due to a large amount of electromagnetic waves. It can effectively protect the user from leukemia, lymph cancer, brain cancer, central nervous system cancer, breast cancer, dementia, miscarriage and birth defects, and other adverse effects such as sleep and sleep disorders.

As described above, the pad 10 for a thermal bed according to the present invention provided with an electromagnetic wave shielding fiber layer is provided with an electric blanket on a mattress or used in a thermal bed to heat and heat itself by electricity. It effectively and completely protects the user from various harmful effects and at the same time the user's metabolism becomes active by the yellow soil dyed in each upper layer (11), upper layer (11 ') and lower layer (13), sterilization and antibacterial It has the effect of suppressing the reproduction of various bacteria and parasites, and has high functionality such as preventing odors.

1 is a perspective view of a pad for a warm bed according to an embodiment of the present invention.

FIG. 2 is a cross-sectional view taken along line A-A 'of FIG. 1; FIG.

3 is an enlarged view of a portion B of FIG. 2;

Figure 4 is a perspective view of the connecting cotton fabric formed electromagnetic wave shielding fiber according to an embodiment of the present invention.

Figure 5 is a cross-sectional view of the upper shell and the upper layer of the shell according to an embodiment of the present invention.

[Description of Symbols for Main Parts of Drawing]

10: pad for hot bed 11: upper jacket

11 ': upper inner layer 12: cushion layer

13: Lower jacket 14: Link

15: Cotton fabric for connection 15 ': String for connection

16: electromagnetic shielding fiber

Claims (4)

delete In the pad that is formed between the upper shell 11 and the lower shell 13, the cushion layer 12 is provided as an upper mattress of the bed, An upper endothelial 11 ′ having the same area is formed under the upper outer shell 11, and each side surface of the upper outer shell 11 and the upper endothelial 11 ′ are integrally connected, and the upper outer shell 11 is formed. A cushion layer 12 having elasticity is provided between the upper layer and the inner layer 11 ', and the lower layer 13 having the same area is formed under the upper layer 11', and each side thereof is the upper layer. Integral to the endothelium (11 '), In the space between the upper layer 11 'and the lower layer 13, the adhesion of metal ions to the sheet-like fiber surface is imparted, the alkali groups are neutralized with acid groups, and the catalyst containing palladium is activated on the fiber surface. Treatment to impart a catalytic metal nucleus; The fibers were mixed with 100 ml / l of nickel chloride, PH regulator 9 (8.8 to 9.5), and 15 g / l to 25 g / l of reducing agent to 70 wt% of tap water to give the activated fiber a temperature of 35 ° C. After immersion for 5 minutes, the plate was electroless plated, and then mixed with 9.5-10.5 g / l of lactic acid copper, 11-20 g / l of reducing agent such as formalin, and 70 wt% of tap water in PH adjuster 9 (8.8-9.5) to obtain a temperature of 20 ° C. After electroless plating by immersing the fiber in a mixed solution for 10 minutes while stirring, the electroless plating is completed again in a PVC tank filled with an electrolyte solution containing nickel sulfate, nickel chloride, boric acid, and a pH adjusting solution. A positive electrode support rod which receives power from the outside and a metal gripping piece extending from the positive electrode support rod to be immersed in the electrolyte solution are immersed in the PVC tank, and then supplied with power to the power supply. Electrolytic plating while heating to 60 ° C; A connecting cotton fabric in which electromagnetic wave shielding fibers 16 are integrally formed by spraying a liquid resin on the surface by spraying a liquid resin onto the surface of the coated fiber so as not to be oxidized in contact with oxygen in the air ( 15) By constructing the pad 10 for the inserted hot bed, A pad for a thermal bed with a built-in electromagnetic shielding fiber layer, which effectively shields electromagnetic waves when used in a thermally heated bed. The method of claim 2, The upper layer 11, the upper layer 11 'and the lower layer 13 are pads for a thermal bed with a built-in electromagnetic shielding fiber layer, characterized in that the functionality is improved by using a natural fabric dyed with ocher and persimmon. . The method of claim 2, One side between the upper layer 11 'and the lower layer 13 is open so that a slide fastener is connected; Each of the corners and sides of the inner layer 11 'and the inner layer 11' is formed with a ring-shaped connecting ring 14; A connecting string 15 'is formed at each corner and side of the connecting cotton fabric 15, thereby tying each connecting string 15' of the inserted cotton fabric 15 to these connecting rings 14, A pad for a thermal bed with an electromagnetic wave shielding fiber layer, characterized in that the open side is closed with a slide fastener to facilitate insertion and fixation of the connecting cotton fabric 15.

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